200930232 九、發明說明： 【發明所屬之技術領域】 ' 本發明涉及一種用於容置並固持晶片卡之固持裝置及 -具該固持裝置之攜帶型電子裝置。 【先前技術】 隨著通訊事業之迅速發展，行動電話、個人數位助理 (personal digital assistant，PDA)等各種攜帶型電子裝置之 使用越來越普及，其為人們生活帶來了諸多便利。隨著該 ® 等攜帶型電子裝置產品之功能日益多元化，應用於該等攜 帶型電子裝置上之用於存儲記憶之晶片卡亦越來越多，例 如 SD 卡（Secure Digital Memory Card)、CF 卡（Compact Flash Card )、SIM 卡（Subscriber Identification Module Card，用戶識別卡）等。其中，SIM卡係一種裝有IC晶片 之塑膠卡片，其具記錄個人用戶號碼及通訊錄等功能，藉 由更換SIM卡，其可供複數個用戶使用。 ❹ 為容置、裝設上述晶片卡，於攜帶型電子裝置内必須 預設裝設上述晶片卡之卡容置空間及卡固持裝置，以將所 述晶片卡固定裝設於攜帶型電子裝置内。習知之攜帶型電 子裝置内之晶片卡容置空間及卡固持裝置通常設置於攜帶 型電子裝置内電池之正下方，當需要更換晶片卡時，需要 將攜帶型電子裝置之後蓋打開，然後取下所述電池方可取 出並更換所述晶片卡，從而使得整個晶片卡之更換過程變 得十分繁瑣，給使用造成了極大之不便。 6 200930232 【發明内容】 有雲於以上缺陷，有必要提供一種易於更換晶片卡且 可有效容置、固持晶片卡之晶片卡固持裝置。 同時’還有必要提供一種具該晶片卡固持裝置之攜帶 型電子裝置。 π 一種晶片卡固持裝置，其裝設於攜帶型電子裝置之本 體内，用於容置、固持一晶片卡於其内，所述晶片卡固持 裝置包括一底座、一蓋體及一卡固件；所述底座上設置有 一連接器，用以與晶片卡電性連接，所述蓋體包括一頂蓋、 一由頂蓋周緣延伸形成之周壁，該周壁上開設一開口，該 盍體罩設於所述底座上，其頂蓋與底座之連接器相對設 置，所述卡固件可旋轉地裝設於所述開口之二側以暴露或 遮蔽所述開口。 — 一種攜帶型電子裝置，一本體及一晶片卡固持裝置， 所述晶片卡固持裝置裝設於所述本體内；所述晶片卡固持 ❹裝置包括底座、-蓋體及一卡固件；所述底座上設置有 -連接器’用以與晶片卡電性連接，所述蓋體包括—頂蓋、 =由頂蓋周緣延伸形成之周壁，該周壁上開設—開口，該 蓋體罩設於所述底座上，其頂蓋與底紅連接器相對設 置；所述卡固件可旋轉地裝設於所述開口之二侧以暴露或 遮蔽所述開口。 與習知技術相比’所述晶片卡固持裝置設置於攜帶型 電子裝置之本體之設置有天線之—端並靠近其—側部位置 處，充分利用底座之空間’同時藉由攜帶型電子裝置之本 7 200930232 體之一側部開設一用於插入或取出晶片卡之開口，並藉由 一可旋轉地裝設於所述晶片卡固持裝置之開口位置處之卡 ’固件，實現對所述晶片卡插入開口之暴露或遮蔽，從而使 •得於更換晶片卡時候不需要將攜帶型電子裝置之後蓋打開 及取下電池，直接從攜帶型電子裝置之一側取出晶片卡即 可完成更換過程，大大簡化了晶片卡之更換步驟，同時使 得整個晶片卡之更換過程變得更加簡單，容易操作。 【實施方式】 請參閱圖1及圖2，本發明所述攜帶型電子裝置100 包括一本體70、一晶片卡固持裝置80及一外殼90。所述 本體70包括一端部71及一側部72，所述本體70之端部 71靠近其側部72位置處凹設有一安裝部75。所述晶片卡 固持裝置80裝設於所述本體70之安裝部75内，用於裝 設、固持一晶片卡1〇(請參閱圖7所示）。所述外殼90罩設 於所述裝設於本體70内之晶片卡固持裝置80上。 本發明所述晶片卡包括SD卡（Secure Digital Memory Card)、CF 卡（Compact Flash Card)、SIM 卡（Subscriber Identification Module Card，用戶識別卡）等。本發明較佳 實施例中，所述晶片卡固持裝置80係設置於所述攜帶型電 子裝置100内之天線載具内。以下將結合相應附圖詳細描 述本發明所述晶片卡固持裝置80之具體結構。 請參閱圖3及圖4，所述晶片卡固持裝置80包括一天 線底座20、一蓋體30、一彈性件50及一卡固件60。所述 天線底座20包括一底板22、一天線罩體25及一連接器 8 200930232 27。所述底板22大致為一矩形板’其可以係一印刷電路 板。該底板22具一上表面221，該上表面221上設有一天 線模組（圖未示）。所述天線罩體25大致呈“L”形，罩設 於底板22之天線模組上。所述連接器27設於底板22之上 表面221上未設置天線模組之處，其甩於與一晶片卡1〇(如 圖7所示）相電連接。 所述蓋體30大致呈半封閉之矩形凹腔狀，其罩設於所 ❺述天線底座20上。該蓋體3〇包括一頂蓋31、一由頂蓋31 周緣延伸形成之周壁（圖未標）、一開口 35、二安裝轴36、 一導引壁37及一彈性件裝設部38。所述頂蓋31大致呈矩 形平板狀，所述周壁由頂蓋31周緣垂直延伸形成。於本實 施例中，所述周壁包括一第一侧壁32、一第二側壁33及 一第三側壁34。所述第一側壁32上遠離頂蓋31之一端開 設有一矩形缺口 325,第二側壁33與第一側壁幻相對平 仃设置，第二側壁34與所述第一側壁32及第二側壁％ ❹相互垂直，該第三側壁34之二端分別與所述第一侧壁％ 及第二側壁33之一端弧形過渡相接。 所述開σ 35大致呈矩形條狀，其沿平行於所述頂蓋 31方向開設於所述第一侧壁32與頂蓋31之鄰接處，以便 於晶片卡10(請參閱圖7所示）從該開口 35中插入。所述第 -側壁32於開口 35之二側各間隔設有—大致矩形之缺口 35ί’從而對應地於所述開〇 %之二側各形成一侧壁说。 所述二安裝轴36大致呈圓柱狀，其分㈣向凸設於所 述二側壁352之外表面上，且分別容置於—相應之缺口 351 9 200930232 中。 所述二導引壁37大致呈矩形條狀，其分別由所述第一 侧壁32上沿平行第三側壁34方向朝第二側壁％ : 成’且該二導引壁37凸設於職31上並與蓋冑31之壁 位於頂蓋3!同一侧。該二導引壁37與頂蓋3ι、第 32及彈性件裝設部38共同圍成—大致矩形之容置 容置所述晶片卡10。 所述彈性件裝設部38包括二抵持塊逝及二滑样 385。所述二抵持塊382大致呈矩形塊狀，其㈣間隔地^ 設於所述頂蓋31上，位於二導引壁37之間，且靠近第二 侧壁33。所述二滑槽385大致呈矩形條形，其沿平行於^ 述第二側壁33方向凹設於頂蓋31上。該二滑槽385分別 位於所述二導引壁37與二抵持塊382之間，並分別貫通二 抵持塊382。 “所述彈性件50為一彈簧，其包括一彎折成大致呈 Ο a狀之彈簧本體52及二相對設置於所述彈簧本體52 末端之卡持端55。所述二卡持端55沿垂直於所述彈簧本 體42方向彎折而成，該二卡持端55之外徑尺寸大小與所 述二滑槽385之尺寸大小相當。 所述卡固件60為一彎折成大致“u，，形之板狀體，其 可旋轉地裝設於第一側壁32上以暴露或遮蔽所述開口 35。該卡固件60包括一主體部62、二彎折端63、二配合 孑L65及一·"^塊67。所述主體部62大致呈矩形平板狀，其 長度及寬度尺寸與所述蓋體30之第一側壁32上之開口 35 200930232 之尺寸相當。所述二彎折端63由所述主體部62之二端垂 直’臂折形成。所述一配合孔65為二圓形通孔，其貫通開設 •於所述二彎折端63之大致中央位置處，用於與蓋體3〇之 -二安裝軸36相卡合。所述卡塊67由所述主體部62之一側 大致中間位置處向外延伸並朝向所述二彎折端63之彎折 方向彎折形成。該卡塊67用於與所述蓋體3〇之第一側壁 32上之缺口 325相卡合。 請參閱圖3及圖4 ’所述外殼90大致呈半封閉之矩形 凹腔狀，其一端開口，另一端封閉。該外殼9〇包括一底壁 91 由底壁91之周緣垂直延伸形成之由四侧環壁（圖未 標）依次圍成之環形壁92及一軟性蓋98❶所述環形壁％ 與底壁91共同圍成一大致矩形之容納空間（圖未標）。所述 外殼90之環形壁92之一側環壁上貫通開設有一矩形通孔 93，該矩形通孔93之尺寸大小與所述蓋體3〇之開口 ％ 之尺寸大小相當。所述底壁91上凹設有一圓形凹槽94， ❹於所述凹槽94之底部貫通開設有一圓形固定孔％。所述 底壁91及設有矩形通孔93之侧環壁上凹設有一條 =槽97。該連通凹槽97凹設於所述設有凹# 94之底壁= 向所述設有矩形通孔93之側環壁之外表面 述凹槽94與矩形通孔93。 连逋所 成型：：軟：蓋98由橡膠、軟性塑膠等柔性材料模内-體 另成、’其一端固定裝設於所述蓋體30之頂蓋31上， -固定：3:—於所述：形通孔93上。該軟性蓋98包括 。、—連接帶985及一蓋體部987。所述固定部 11 200930232 981呈大致螺釘狀，其末端大致呈半球狀，由該固定部981 之末端向外凸設而成。該固定部982之尺寸大小與所述外 殼90之圓形凹槽94及圓形固定通孔95大致相當。所述連 接帶985連接所述固定部981與蓋體部987，其彎折成所 述外殼90上之連通凹槽97之形狀並可以卡合於所述連通 凹槽97内。所述蓋體部987大致呈矩形板狀，其尺寸大小 與所述外殼90之矩形通孔93大致相當。 ❾ 請一併參閱圖5及圖6，組裝所述晶片卡固持裝置8〇 時（亦即本發明所述天線載具），首先將所述彈性件50及卡 固件60與所述蓋體30相互組裝於一起。將所述彈性件5〇 之二相對設置於彈簧本體52末端之卡持端55分別相對對 準所述蓋體30之頂蓋31上之滑槽385，使該二卡持端55 卡入所述滑槽385中，所述彈性件50之彈簧本體52朝向 蓋體30之開口 35裝設。接下來，將所述卡固件6〇裝設於 蓋體30上，所述卡固件60之二彎折端63上之配合孔65 ©分別對準所述蓋體30上之二安裝軸36並卡合於其上，同 時所述卡固件60之主體部62上之卡塊67朝向所述蓋體 30之第一側壁32上之缺口 325裝設。最後，將所述天線 底座20與所述組裝好之蓋體3〇相互組裝，將所述天線底 座20之裝設有連接器27之底板22之上表面221對準所述 蓋體30上由所述二導引壁37與頂蓋31、第—側壁32及 彈性件裝設部38共同圍成之容置空間使所述蓋體與天 線底座20相互卡緊配合一起，同時所述蓋體3〇之頂蓋31 與天線底座20之底板22之上表面上之連接器27相對設 12 200930232 置。 請參閱圖7，將晶片卡 — --rj - ^ •入後，所述晶片卡10沿所述蓋體30之頂蓋31上之導弓丨壁 • 37向裏進入。該晶片卡1〇與彈性件50接觸後繼續向裏推 壓所述彈性件50，所述彈性件50被推壓後，其二端之卡 持端55於蓋體30之頂蓋31上之滑槽385内滑動，且該彈 性件50積聚一彈性勢能。當所述晶片卡1〇完全進入到所 ❹述蓋體30上由所述二導引壁37與頂蓋31、開口 ％及彈 性件裝設部38共同圍成之容置空間内後，翻轉所述卡固件 60’使得所述卡固件60與所述蓋體3〇之第一側壁32上之 缺口 325卡合，所述晶片卡1〇之另一端由該卡固件⑽限 定而不被彈性件50彈出。當需要取出所述晶片卡ι〇時， 只需開啟所述卡固件60 ’使其與所述蓋體30之第一側壁 32上之缺口 325脫離，露出所述第_侧| %上之缺口 325。所述晶片卡1〇於彈性件％之彈性推力下，向缺口 ❹奶處推抵所述晶片卡1〇，使其_端露出於缺口奶外， 即可取出所述晶片卡1〇β 卜 請一併參閱圖i及圖2，组# 時’首先將所述組裝好之晶片卡型電子裝置· 帶型電子裝置⑽之本體7Q之安”設於所述攜 外殼90之矩形通孔93及軟性蓋朝^内、°然後將所述 裝置80内之卡固件6〇 朝向所述晶片卡固持 體-内之晶片卡固持裝置應並罩設— 可以理解’所述周壁亦可以為一四周封閉之矩形狀或 13 200930232 其他形狀。 可以理解’所述晶片卡固持裝置8〇不限於設置於本較 *佳實施例中所述之天線载具内，其亦可以直狀置於攜帶 ’型電子裝置100之本體70内。 、可以理解，所述攜帶型電子装置1〇〇之外殼9〇亦可以 省略’而直接由所述晶片卡固持裝置SO之蓋體3〇來替代。 可以理解’所述晶片卡固持裝置80不僅僅局限於應用 鲁於攜π型電子裝置1〇〇巾，亦可應用於其他電子裝置中， 例如可應用於數位相機中，用於取放存儲卡、記憶棒等。 於本發明所述較佳實施例中，所述晶片卡固 _帶型電子裝置100之天線載具内之結構空間，將所 f晶片卡固持|置80設置於所述播帶型電子裝置⑽之天 2具内。攸而於更換晶片卡1G時候不需要將播帶型電子 二100之後蓋打開及取下電池，從而 〜子裝置100之天線載具之一侧取出 © 10之更換過程。 丨疋风日日月卡 置二ΓΓ斤述晶片卡固持裝置80設置於攜帶型電子裝 之本體70之一端並靠近其一 於攜帶型電子步筈A 丨^位置處’精由 插入或取出曰片\ 之一側部72開設-用於 述晶片卡固i曰梦卡之開口 35，並藉由一可旋轉地裝設於所 對所述I片之開口 35位置處之卡固件·實現 晶片卡10拉入開口 35之暴露或遮蔽。從而使得於更換 ’候不需要將攜帶型電子裝置後蓋取 下電池，直接從#鹛$ 夏心傻盍打開及取 按從攜▼型電子裝置100之一侧取出晶片卡10 200930232 即可完成更換過程，大大簡化了晶片卡ίο之更換步驟，同 時使得整個晶片卡10之更換過程變得更加簡單，容易操 •作。 •綜上所述，本發明符合發明專利要件，爰依法提出專利 申請。惟，以上所述者僅為本發明之較佳實施例，本發明之 範圍並不以上述實施例為限，舉凡熟悉本案技藝之人士援依 本發明之精神所作之等效修飾或變化，皆應涵蓋於以下申請 專利範圍内。 【圖式簡單說明】 圖1係本發明較佳實施例晶片卡固持裝置裝設於攜帶 型電子裝置中之立體示意圖； 圖2係圖1所示攜帶型電子裝置之晶片卡固持裝置與 本體之立體分解示意圖； 圖3係本發明較佳實施例晶片卡固持裝置與外殼之立 體分解示意圖； 圖4係本發明較佳實施例晶片卡固持裝置與外殼之另 一方向之立體分解示意圖； 圖5係本發明較佳實施例之晶片卡固持裝置之部分元 件組裝後之立體示意圖； 圖6係本發明較佳實施例之晶片卡固持裝置之部分元 件組裝後之另一方向之立體分離示意圖； 圖7係本發明較佳實施例之晶片卡插入晶片卡固持裝 置過程中之部分立體示意圖。 15 200930232 【主要元件符號說明】 晶片卡 10 攜帶型電子裝置 100 '天線底座 20 底板 22 '上表面 221 天線罩體 25 連接器 27 蓋體 30 頂蓋 31 第一侧壁 32 矩形缺口 325 第二側壁 33 開口 35 缺口 351 ❹ 侧壁 352 安裝軸 36 導引壁 37 彈性件安裝部 38 抵持塊 382 滑槽 385 彈性件 50 彈簧本體 52 卡持端 55 卡固件 60 主體部 62 彎折端 63 配合孔 65 卡塊 67 ©本體 70 端部 71 側部 72 安裝部 75 晶片卡固持裝置 80 外殼 90 底壁 91 環形壁 92 矩形通孔 93 凹槽 94 固定孔 95 連通凹槽 97 軟性蓋 98 固定部 981 連接帶 985 蓋體部 987 16200930232 IX. Description of the Invention: [Technical Field of the Invention] The present invention relates to a holding device for accommodating and holding a wafer card and a portable electronic device having the same. [Prior Art] With the rapid development of the communication industry, the use of various portable electronic devices such as mobile phones and personal digital assistants (PDAs) has become more and more popular, which has brought convenience to people's lives. As the functions of portable electronic devices such as the ® are increasingly diversified, more and more wafer cards for storage and memory are applied to such portable electronic devices, such as an SD card (Secure Digital Memory Card), CF. Compact Flash Card, Subscriber Identification Module Card, etc. Among them, the SIM card is a plastic card equipped with an IC chip, which has the functions of recording a personal user number and an address book, and can be used by a plurality of users by replacing the SIM card. ❹ In order to accommodate and install the above-mentioned wafer card, the card accommodating space and the card holding device of the above-mentioned wafer card must be preset in the portable electronic device to fix the wafer card in the portable electronic device. . The chip card accommodating space and the card holding device in the portable electronic device are usually disposed directly under the battery in the portable electronic device. When the wafer card needs to be replaced, the back cover of the portable electronic device needs to be opened and then removed. The battery can take out and replace the wafer card, so that the replacement process of the entire wafer card becomes very cumbersome, which causes great inconvenience to the use. 6 200930232 SUMMARY OF THE INVENTION In view of the above drawbacks, it is necessary to provide a wafer card holding device that can easily replace a wafer card and can effectively accommodate and hold a wafer card. At the same time, it is also necessary to provide a portable electronic device having the wafer card holding device. a chip card holding device, which is mounted in a body of a portable electronic device for accommodating and holding a wafer card therein, the wafer card holding device comprising a base, a cover body and a card fastener; The base is provided with a connector for electrically connecting with the chip, the cover body includes a top cover, a peripheral wall extending from a periphery of the top cover, and an opening is formed in the peripheral wall, the cover is disposed on the cover The base has a top cover opposite to the connector of the base, and the fastener is rotatably mounted on two sides of the opening to expose or shield the opening. a portable electronic device, a body and a wafer card holding device, wherein the wafer card holding device is installed in the body; the wafer holding device comprises a base, a cover body and a card fastener; The base is provided with a connector for electrically connecting to the wafer. The cover comprises a top cover, a peripheral wall extending from a periphery of the top cover, and an opening is formed on the peripheral wall. On the base, a top cover is disposed opposite to the bottom red connector; the fastener is rotatably mounted on both sides of the opening to expose or shield the opening. Compared with the prior art, the wafer card holding device is disposed on the body of the portable electronic device and is disposed at the end of the antenna and close to the side portion thereof, so as to fully utilize the space of the base while carrying the portable electronic device. One of the sides of the 200930232 body is provided with an opening for inserting or removing the wafer card, and is realized by a card 'firmware rotatably mounted at the opening position of the wafer card holding device The wafer card is inserted into the opening to be exposed or shielded, so that the replacement of the wafer card does not require the cover of the portable electronic device to be opened and removed, and the wafer card can be directly removed from the side of the portable electronic device to complete the replacement process. The process of replacing the wafer card is greatly simplified, and the replacement process of the entire wafer card is made simpler and easier to operate. 1 and 2, the portable electronic device 100 of the present invention includes a body 70, a wafer card holding device 80, and a housing 90. The body 70 includes an end portion 71 and a side portion 72. The end portion 71 of the body 70 is recessed with a mounting portion 75 near the side portion 72 thereof. The wafer card holding device 80 is mounted in the mounting portion 75 of the body 70 for mounting and holding a wafer card 1 (see FIG. 7). The outer casing 90 is disposed on the wafer card holding device 80 mounted in the body 70. The chip card of the present invention includes an SD card (Secure Digital Memory Card), a CF card (Compact Flash Card), a SIM card (Subscriber Identification Module Card), and the like. In the preferred embodiment of the present invention, the wafer card holding device 80 is disposed in an antenna carrier in the portable electronic device 100. The specific structure of the wafer card holder 80 of the present invention will be described in detail below with reference to the accompanying drawings. Referring to FIGS. 3 and 4, the wafer card holder 80 includes a one-day base 20, a cover 30, an elastic member 50, and a fastener 60. The antenna base 20 includes a bottom plate 22, a radome 25 and a connector 8 200930232 27 . The bottom plate 22 is generally a rectangular plate' which can be a printed circuit board. The bottom plate 22 has an upper surface 221, and the upper surface 221 is provided with a one-day module (not shown). The radome body 25 has a substantially "L" shape and is disposed on the antenna module of the bottom plate 22. The connector 27 is disposed on the upper surface 221 of the bottom plate 22 where no antenna module is disposed, and is electrically connected to a wafer card 1 (shown in FIG. 7). The cover body 30 has a substantially semi-closed rectangular cavity shape and is disposed on the antenna base 20 as described above. The cover body 3 includes a top cover 31, a peripheral wall (not shown) extending from the periphery of the top cover 31, an opening 35, two mounting shafts 36, a guiding wall 37 and an elastic member mounting portion 38. The top cover 31 has a substantially rectangular flat shape, and the peripheral wall is formed by a vertical extension of the periphery of the top cover 31. In this embodiment, the peripheral wall includes a first sidewall 32, a second sidewall 33, and a third sidewall 34. A rectangular notch 325 is defined in one end of the first side wall 32 away from the top cover 31. The second side wall 33 is symmetrically disposed opposite to the first side wall, and the second side wall 34 and the first side wall 32 and the second side wall are respectively % The two ends of the third side wall 34 are in arcuate transition with one of the first side wall % and the second side wall 33, respectively. The opening σ 35 is substantially in the shape of a strip, which is opened in the direction parallel to the top cover 31 at the abutment of the first side wall 32 and the top cover 31 to facilitate the wafer card 10 (refer to FIG. 7). ) is inserted from the opening 35. The first side wall 32 is spaced apart from each other on the two sides of the opening 35 by a substantially rectangular notch 35ί' so as to form a side wall corresponding to each of the two sides of the opening. The two mounting shafts 36 are substantially cylindrical, and are sub-divided on the outer surfaces of the two side walls 352 and respectively received in the corresponding notches 351 9 200930232. The two guiding walls 37 are substantially in the shape of a strip, which are respectively formed by the first side wall 32 along the parallel third side wall 34 toward the second side wall: and the two guiding walls 37 are protruded from the position 31 is on the same side as the top cover 3! with the wall of the cover 31. The two guiding walls 37 are enclosed by the top cover 3i, the 32th portion, and the elastic member mounting portion 38 to receive the wafer card 10 in a substantially rectangular shape. The elastic member mounting portion 38 includes two resisting blocks and two sliding patterns 385. The two abutting blocks 382 are substantially rectangular in shape, and are disposed at intervals on the top cover 31 between the two guiding walls 37 and adjacent to the second side wall 33. The two sliding grooves 385 have a substantially rectangular strip shape and are recessed on the top cover 31 in a direction parallel to the second side wall 33. The two sliding slots 385 are respectively located between the two guiding walls 37 and the two abutting blocks 382, and respectively penetrate the two resisting blocks 382. The elastic member 50 is a spring that includes a spring body 52 that is bent into a substantially Ο a shape and two holding ends 55 that are oppositely disposed at the end of the spring body 52. The two retaining ends 55 are along The outer diameter of the two clamping ends 55 is equal to the size of the two sliding slots 385. The fastener 60 is bent into a substantially "u," a plate-like body rotatably mounted on the first side wall 32 to expose or shield the opening 35. The fastener 60 includes a main body portion 62, two bent ends 63, two mating 孑L65, and a <> The main body portion 62 has a substantially rectangular flat shape with a length and a width dimension corresponding to the size of the opening 35 200930232 on the first side wall 32 of the cover 30. The two bent ends 63 are formed by the two ends of the main body portion 62 being vertically folded. The engaging hole 65 is a two-circular through hole which is formed at a substantially central position of the two bent ends 63 for engaging with the two mounting shafts 36 of the cover body 3 . The block 67 is formed to extend outward from a substantially intermediate position on one side of the main body portion 62 and is bent toward a bending direction of the two bent ends 63. The block 67 is for engaging with the notch 325 on the first side wall 32 of the cover body 3. Referring to Figures 3 and 4, the outer casing 90 is generally semi-closed in the shape of a rectangular cavity having one end open and the other end closed. The outer casing 9 includes a bottom wall 91 and a ring wall 92 surrounded by four side ring walls (not labeled) and a soft cover 98. The annular wall % and the bottom wall 91 are formed by a bottom wall 91 extending perpendicularly from a periphery of the bottom wall 91. Together, they form a roughly rectangular accommodation space (not shown). A rectangular through hole 93 is formed in a side wall of one of the annular walls 92 of the outer casing 90. The size of the rectangular through hole 93 is equivalent to the size of the opening % of the cover. A circular recess 94 is defined in the bottom wall 91, and a circular fixing hole is formed through the bottom of the recess 94. A bottom groove 91 is defined in the bottom wall 91 and the side ring wall provided with the rectangular through hole 93. The communication groove 97 is recessed in the bottom wall provided with the recess #94 = the groove 94 and the rectangular through hole 93 on the outer surface of the side ring wall provided with the rectangular through hole 93. Formed by the flail: soft: the cover 98 is made of a flexible material such as rubber or soft plastic, and the end is fixedly mounted on the top cover 31 of the cover 30, - fixed: 3: - Said: shaped on the through hole 93. The flexible cover 98 includes . - a connecting strip 985 and a cover portion 987. The fixing portion 11 200930232 981 has a substantially screw shape, and its distal end is substantially hemispherical, and is protruded outward from the distal end of the fixing portion 981. The fixing portion 982 is approximately the same size as the circular recess 94 and the circular fixed through hole 95 of the outer casing 90. The connecting strip 985 connects the fixing portion 981 and the cover portion 987, and is bent into the shape of the communication groove 97 on the outer casing 90 and can be engaged in the communication groove 97. The cover portion 987 has a substantially rectangular plate shape and is approximately the same size as the rectangular through hole 93 of the outer casing 90. ❾ Referring to FIG. 5 and FIG. 6 together, when the wafer card holding device 8 is assembled (that is, the antenna carrier of the present invention), the elastic member 50 and the fastener 60 and the cover 30 are firstly assembled. They are assembled together. The two end portions of the elastic member 5 are oppositely disposed on the sliding end 385 of the top cover 31 of the cover 30, so that the two holding ends 55 are engaged. In the sliding groove 385, the spring body 52 of the elastic member 50 is disposed toward the opening 35 of the cover 30. Next, the fasteners 6 are mounted on the cover body 30, and the matching holes 65 on the two bent ends 63 of the fasteners 60 are respectively aligned with the two mounting shafts 36 on the cover body 30. The latch 67 on the main body portion 62 of the fastener 60 is mounted toward the notch 325 on the first side wall 32 of the cover 30. Finally, the antenna base 20 and the assembled cover body 3 are assembled to each other, and the upper surface 221 of the bottom plate 22 of the antenna base 20 on which the connector 27 is mounted is aligned with the cover body 30. The accommodating space formed by the two guiding walls 37 together with the top cover 31, the first side wall 32 and the elastic member mounting portion 38 allows the cover body and the antenna base 20 to be clamped together with each other, and the cover body The top cover 31 of the 3 〇 is placed opposite the connector 27 on the upper surface of the bottom plate 22 of the antenna base 20 by 12 200930232. Referring to FIG. 7, after the wafer card is replaced by --rj - ^, the wafer card 10 enters inward along the guide bow wall 37 of the top cover 31 of the cover 30. After the wafer card 1 is in contact with the elastic member 50, the elastic member 50 is pushed inwardly. After the elastic member 50 is pushed, the clamping end 55 of the two ends is on the top cover 31 of the cover 30. The sliding groove 385 slides, and the elastic member 50 accumulates an elastic potential energy. When the wafer card 1 is completely inserted into the accommodating space surrounded by the two guiding walls 37, the top cover 31, the opening %, and the elastic member mounting portion 38, the wafer card 1 is fully inserted into the accommodating space The fastener 60' causes the fastener 60 to engage with the notch 325 on the first side wall 32 of the cover 3, and the other end of the wafer card 1 is defined by the fastener (10) without being elastic The piece 50 pops up. When it is necessary to remove the wafer card, the fastener 60' is only opened to be detached from the notch 325 on the first side wall 32 of the cover 30, thereby exposing the gap on the _ side | 325. The wafer card 1 is pulled under the elastic thrust of the elastic member to push the wafer card 1 to the notch milk, so that the _ end is exposed outside the notch milk, and the wafer card can be taken out. Referring to FIG. 1 and FIG. 2 together, when the group # is 'first, the assembled wafer card type electronic device and the body 7Q of the band type electronic device (10) are disposed on the rectangular through hole 93 of the carrying case 90. And the soft cover is facing, and then the card holder 6 in the device 80 is oriented toward the wafer card holder - and the cover is fixed - it can be understood that the wall can also be a four The circumference is closed rectangular or 13 200930232 Other shapes. It can be understood that the wafer card holding device 8 is not limited to being disposed in the antenna carrier described in the preferred embodiment, and can also be placed in a straight position. In the body 70 of the electronic device 100, it can be understood that the outer casing 9 of the portable electronic device 1 can also be omitted and directly replaced by the cover 3 of the wafer card holding device SO. 'The wafer card holder 80 is not limited to the application of Lu The π-type electronic device 1 can be used in other electronic devices, for example, in a digital camera, for picking up a memory card, a memory stick, etc. In the preferred embodiment of the present invention, The wafer is fixed in the structure space in the antenna carrier of the tape-type electronic device 100, and the f-chip card holding device 80 is disposed in the day of the tape-type electronic device (10). When the card 1G is used, it is not necessary to open the cover of the tape type electronic two 100 and remove the battery, so that one side of the antenna carrier of the sub-device 100 is taken out of the replacement process of © 10 . The wafer card holding device 80 is disposed at one end of the body 70 of the portable electronic device and is disposed near the portable electronic step A 丨 ^ position by the insertion or removal of the blade \ one side portion 72 - for The wafer is fastened to the opening 35 of the card and is exposed or shielded by the wafer card 10 being pulled into the opening 35 by a fastener rotatably mounted at the position of the opening 35 of the sheet. Therefore, it is not necessary to replace the portable electronic device back cover Remove the battery and directly remove the wafer card 10 200930232 from the side of the portable electronic device 100 by using the #鹛$ 夏心傻盍, and the replacement process is completed, which greatly simplifies the replacement procedure of the wafer card. The replacement process of the entire wafer card 10 becomes simpler and easier to operate. • In summary, the present invention complies with the invention patent requirements, and the patent application is filed according to law. However, the above description is only a preferred implementation of the present invention. The scope of the present invention is not limited to the above-described embodiments, and equivalent modifications or variations made by those skilled in the art to the spirit of the present invention are intended to be included in the scope of the following claims. 1 is a perspective view showing a wafer card holding device of the preferred embodiment of the present invention installed in a portable electronic device; FIG. 2 is a perspective exploded view of the chip card holding device and the body of the portable electronic device shown in FIG. 3 is a perspective exploded view of a wafer card holding device and a casing according to a preferred embodiment of the present invention; FIG. 4 is a wafer card holding device and a casing according to a preferred embodiment of the present invention; FIG. 5 is a perspective view showing a part of components of a wafer card holding device according to a preferred embodiment of the present invention; FIG. 6 is a partial assembly of a chip card holding device according to a preferred embodiment of the present invention. FIG. 7 is a partial perspective view showing the process of inserting a wafer card into a wafer card holding device according to a preferred embodiment of the present invention. 15 200930232 [Description of main component symbols] Wafer card 10 Portable electronic device 100 'Antenna base 20 Base plate 22 'Upper surface 221 Antenna cover 25 Connector 27 Cover 30 Top cover 31 First side wall 32 Rectangular notch 325 Second side wall 33 Opening 35 Notch 351 侧壁 Side wall 352 Mounting shaft 36 Guide wall 37 Elastic member mounting portion 38 Abutment block 382 Chute 385 Elastic member 50 Spring body 52 Grip end 55 Fastener 60 Body portion 62 Bent end 63 Fitted hole 65 Block 67 © Body 70 End 71 Side 72 Mounting part 75 Chip card holder 80 Housing 90 Bottom wall 91 Ring wall 92 Rectangular through hole 93 Groove 94 Fixing hole 95 Connecting groove 97 Soft cover 98 Fixing part 981 Connection With 985 cover body 987 16